Yamaha Corporation

Yamaha Music Foundation

Tadahiko Ikeya

Shinichi Ito

Masaki Hara

Tetsuya Takagi

Masao Ishibashi

Takeshi Fuse

Kazuhisa Ueki

Toshiya Ikegami

Sachiyo Kubo

Misa Noguchi

Kayoko Sugiyama

Yuka Yokota

Suemi Mizuma

Takashi Ikeda

Takeshi Komano

Tokuji Hayakawa

Daisuke Suzuki

Hideaki Shimaya

Kazuo Haruyama

Motonori Sunako

Nobuhiro Nambu

Akira Totsuka

Yuxin Zheng

An apparatus for practicing playing music on a musical instrument provides a stepped lesson comprised of a series of lesson steps about a subject music piece, each step providing practicing materials for a user to master for playing the subject music piece. The lesson steps are given to the user step by step. The apparatus stores a music-playing data set of a subject music piece for a reference and a music-playing data sets of the stepped lesson, and comprises a music-playing input device for the user to input music-playing manipulations. The apparatus judges, at each of the lesson steps, the achievements of the user in comparison with the reference music-playing data. The apparatus keeps a pass/fail score table for recording pass/fail judgments about the achievements of the user with respect to the respective lesson steps. The user can practice lesson steps selectively with reference to the pass/fail score table about his/her achievements.

Apparatus for practicing playing music

By a musical performance guide which is in 'waiting mode' with a 'tempo-follow' enabled setting, an electronic musical instrument illuminates a guide lamp at a point in time which is earlier by a tone-generation start allowable period Ta than the note-on timing of a musical tone of a melody part of automatic musical performance data to start musical performance guide. The tone-generation start allowable period Ta is an allowable time #which is sufficiently longer than that of a case of a tempo-follow disabled setting. When a user has depressed a correct key within the tone-generation start allowable period Ta, the electronic musical instrument starts generating a melody tone to move the position of the automatic musical performance data which is to be reproduced forward.

Electronic musical instrument

Detection outputs value based on outputs of a sensor for detecting a depressed position of a pedal are input via the input section; meanwhile, a detection output value corresponding to a non-depressed state of the pedal is set as an offset value. The detection output value, input via the input section, is adjusted with the offset value, so as to provide an adjusted detection output value corresponding to an actual depressed amount of the pedal. The adjusted detection output value is converted into a control value corresponding to the depressed amount of the pedal. Thus, the offset value is variably set in accordance with an individual difference, aging, etc. of the pedal, so that the detection output value adjusted with such an offset value can be a value having unevenness in the sensor outputs, which may have occurred due to an individual difference, aging, etc. of the pedal, automatically compensated.

Pedal output conversion apparatus and method

Chord to be performed is presented to a user. Chord is detected based on one or more notes performed by the user. When it is not detected that a chord has been duly established, one of the notes performed by the user is detected as a root note of a chord. Comparison is made between the chord presented to the user and the detected chord to make a determination as to whether at least the root note of the detected chord matches the root note of the presented chord. The user is informed of a result of the determination. Thus, not only when the user has accurately executed performance operation for all component notes of the presented chord but also when the user has executed performance operation for only the root note of the presented chord, a chord performance evaluation is made, determining that the user has accurately performed.

Music performance training apparatus and method

An electronic musical instrument is configured to store music data including performance data on a plurality of tracks and receive designation of a track or tracks so that when a test-listen button for receiving instruction of test-listen of the designated track(s) is pressed, the electronic musical instrument plays the performance data on the designated track(s) among the music data and plays the performance data on the other tracks at a volume lower than the volume of the designated track(s).

Electronic musical apparatus

In an automatic performance system, song and style data DAi and DCj (i:1 through n, j:1 through m) contains tempo and meter data TPa, TMa; TPc, TMc, respectively, so that the style data DCj whose tempo and meter data matches with those of the song data DAi is reproduced concurrently with the song data DAi. On the basis of user's settings, furthermore, style setting data SS (DBi) indicating style data DCk (k:1 through m) to be concurrently reproduced and tone color setting data VS (DBi) for setting a manual tone color are stored in association with the song data DAi. Based on the style setting data SS, the style data DCk associated with the song data DAi is reproduced concurrently with the song data DAi, or a manual performance is conducted, during the reproduction of the song data DAi, on the basis of tone color data derived from the tone color setting data VS. As described above, settings of a style and tone color for manual performance suitable for a song is achieved.

Electronic musical apparatus having automatic performance feature and computer-readable medium storing a computer program therefor

An electronic music apparatus comprises an extractor that extracts lyrics data from music data for reproduction of music and comprising the lyrics data representing lyrics of the music, a transmitter that transmits the extracted lyrics data to an external device, a reproducer that reproduces the music data, and a outputting device that outputs synchronization information for controlling display of the lyrics by the external device based on the lyrics data to the external device during reproduction of the music data in accordance with a progress of the reproduction of the music data.

Electronic musical apparatus and lyrics displaying apparatus

A CPUsequentially changes over plural music pieces and reproduces the same by a program processing. Upon the changeover of the music piece, the volume of the tone signal that is being generated at each tone generating channel in a tone generating circuitis gradually decreased, whereby the tone signal is finally faded out. The volume decreasing speed in this case is such that the higher the priority order of the performance data is, the slower the speed is. The generation of a tone signal based upon performance data of next music piece data is assigned one after another from a tone generating channel wherein a fade-out has been completed. The volume of the assigned tone signal is controlled so as to gradually increased, whereby the tone signal is faded in. In this case, the assignment of the generation of the tone signal based upon the performance data of the next music piece is made earlier, as the order of priority of the performance data is higher. A first music piece and second music piece can be naturally changed over and reproduced as cross-faded without preparing plural tone generating circuit systems.

Automatic performance apparatus for reproducing music piece

An assistive music playing apparatus plays a music piece with musically acceptable notes even when the player inputs musically unacceptable notes. The apparatus provides a chord progression pattern, and comprises a note conversion device. A chord progression pattern defines a series of chords, which are presented one after another in time for a music progression. As the player plays music, inputting potentially unacceptable notes, the inputted notes will be converted to musically acceptable notes with reference to the currently presented chord in the chord progression. The note conversion rules are prepared different for a melody note range, a chord note range and a bass note range. Overlap of converted notes are avoided. Depending on the conditions of the player's note input, i.e., whether the melody is ascending or descending, or the chord is played in a block chord or in an arpeggio, the conversion rules may be selected to generate notes which fit the designated chord, even including non-basic notes or tension notes.

Assistive apparatus and computer-readable medium storing computer program for playing music

An assistive music playing apparatus is provided for playing a music piece with musically acceptable notes even when the player inputs musically unacceptable notes. The apparatus provides a chord progression pattern, and comprises a note conversion device. A chord progression pattern defines a series of chords, which are presented one after another in time for a music progression. As the player plays music, inputting potentially unacceptable notes, the inputted notes will be converted to musically acceptable notes with reference to the currently presented chord in the chord progression. The note conversion rules are prepared different for a melody note range, a chord note range and a bass note range. Overlap of converted notes are avoided. Depending on the conditions of the player's note input, i.e. whether the melody is ascending or descending, or the chord is played in a block chord or in an arpeggio, the conversion rules may be selected to generate notes which fit the designated chord, even including non-basic notes or tension notes.

Assistive apparatus, method and computer program for playing music

Electronic musical instrument interactively connected with a music application apparatus automatically returns a response signal when a predetermined identification request signal is received from the music application apparatus. Upon receipt of the response signal transmitted by the musical instrument in response to the identification request signal, the application apparatus determines whether or not the connected musical instrument is of a predetermined identity. Thus, for each electronic musical instrument authorized to execute the music application, the application apparatus can perform control to allow the music application to be executed in a normal mode, while, for each electronic musical instrument not authorized to execute the music application, the application apparatus can perform control to inhibit the application from being executed or allow the application to be executed only in a limited function mode.

Interactive music application apparatus and electronic musical instrument and programs therefor

A musical score display apparatus reads note data and lyric data, and displays the read note data and lyric data on a displayed musical score. In the case where the lyric data are displayed to match the displayed note data, a position where character strings of the lyric data overlap is detected, and the display range of the note data and the lyric data which contains the detected position is extended. Further, the character strings of the lyric data are scrolled within the display range of the lyric data which contains the detected position. Thus, even when the character stings of the lyric overlap on the displayed musical score, a user can read the lyric without any special operation.

Musical score display apparatus

In a memory of a communication setting apparatus, there is stored communication setting information that collectively predefines a plurality of communication condition parameters corresponding to a communication mode. The plurality of communication condition parameters are intended to set whether a plurality of kinds of tone performance data (e.g., tone performance data based on operation on a keyboard and tone performance data based on an automatic performance) and control data (e.g., tempo clock data) should be transmitted or received. When a user has selected a communication mode by operation of a predetermined switch, the communication setting information corresponding to the selected communication mode is read out from the memory, and tone performance data and/or control data are set to condition for transmission or reception in accordance with a plurality of communication condition parameters defined by the communication setting information.

Communication setting apparatus and method for communicating tone performance data

A plurality of units for generating or controlling a tone are used in an electronic musical instrument, the number of which is variable depending on a performance grade of the electronic musical instrument. There is supplied control information for generating or controlling a tone, such as performance event data. Each of the units has identification information defining control information to be used by the unit and determines, in accordance with the identification information, whether or not a tone signal based on the supplied control information is to be generated or controlled.

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Hamamatsu, Japan

Tadahiko Ikeya